Install
$ agentstack add skill-stephenrogan-augmented-csm-cm-renewal-forecaster ✓ scanned · ✓ verified, works with Claude Code, Cursor, and more.
Security review
✓ PassedNo issues found. Passed automated security review. · v0.1.0 How review works →
- ✓ Prompt-injection patterns
- ✓ Secret / credential exfiltration
- ✓ Dangerous shell & filesystem operations
- ✓ Untrusted network calls
- ✓ Known-malicious package signatures
What it can access
- ✓ Network access No
- ✓ Filesystem access No
- ✓ Shell / process execution No
- ✓ Environment & secrets No
- ✓ Dynamic code execution No
From automated source analysis of v0.1.0. “Used” means the capability is present in the source — more access means more to trust, not that it’s unsafe.
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Reliability & compatibility
Declared compatibility
Compatibility is declared by the source manifest. End-to-end runtime verification is coming, see below.
We're building live execution health for every listing: tool-call success rate, median latency, uptime, and last-checked timestamps, measured, not self-reported. It isn't live yet, so we don't show numbers we can't stand behind.
How agent discovery & health will work →About
Renewal Forecaster
Produces probability-weighted renewal forecasts by combining health signals, usage data, engagement patterns, and historical outcomes. Part of the Commercial Motion pillar.
This is an analytical and reporting skill. It produces forecasts and projections. It does not make retention decisions or set strategy -- those are human calls informed by the forecast.
When to Run
- Scheduled: Weekly forecast refresh for all accounts renewing in next 180 days
- On-demand: When leadership requests a forecast update
- Triggered: When a significant risk or health signal changes on an account within the renewal window
Core Execution Logic
Step 1: Identify Renewal Cohort
Pull all accounts with renewal dates in the next 180 days. For each, assemble:
- Current health score and trend (from bi-health-score)
- Risk signal count and severity (from bi-risk-detector)
- Usage trend classification (from bi-usage-monitor)
- Engagement pattern (from ra-engagement-tracker)
- Renewal risk classification (from lo-renewal-manager: On Track / Watch / At Risk / Critical)
- Expansion signals (from bi-expansion-detector -- renewals with expansion opportunity are a different conversation)
- Contract details (ARR, term, auto-renewal clause, notice period)
Step 2: Assign Renewal Probability
Default probability model (use until historical calibration data is available):
| Risk Classification | Base Probability | Positive Adjustments | Negative Adjustments | |--------------------|-----------------|---------------------|---------------------| | On Track | 95% | +2% if health >85 and stable for 90+ days | -5% if any single risk signal present; -10% if engagement declining | | Watch | 75% | +10% if active save play showing health improvement | -10% per additional risk signal; -5% if usage declining; -15% if competitive signal | | At Risk | 45% | +15% if executive engaged and customer responding to intervention | -10% if competitive signal; -15% if champion departed; -10% if timeline 60 days away, no competitive signal, root cause is addressable | Enough time and a path to resolution exists | | Critical but engaged | Critical, customer is still communicating and willing to discuss | Window is closing but customer has not fully disengaged | | Watch trending down | Watch, health declining for 2+ consecutive periods | Currently probable renewal, but trajectory suggests it may become At Risk without intervention | | Expansion at renewal | On Track with active expansion signal and renewal in next 90 days | Opportunity to convert a renewal into a growth event |
Step 5: Generate Forecast Report
{
"forecast_date": "2026-03-10",
"horizon": "next_180_days",
"portfolio": {
"renewing_accounts": 42,
"renewing_arr": 3200000
},
"forecast": {
"most_likely": {
"retained_arr": 2880000,
"churn_arr": 320000,
"expansion_arr": 180000,
"nrr": 0.956
},
"optimistic": { "nrr": 0.982 },
"pessimistic": { "nrr": 0.921 }
},
"by_classification": {
"on_track": { "count": 28, "arr": 2100000, "avg_probability": 0.94 },
"watch": { "count": 8, "arr": 680000, "avg_probability": 0.72 },
"at_risk": { "count": 4, "arr": 340000, "avg_probability": 0.41 },
"critical": { "count": 2, "arr": 80000, "avg_probability": 0.13 }
},
"actionable_accounts": [
{
"account": "Acme Corp",
"arr": 85000,
"renewal_date": "2026-05-15",
"days_remaining": 66,
"classification": "at_risk",
"probability": 0.45,
"category": "saveable_at_risk",
"top_risk": "Champion departed February, usage declining since",
"intervention_opportunity": "New VP Engineering hired last week -- window to establish relationship before renewal window",
"csm": "Jane Doe"
}
],
"period_over_period": {
"nrr_change_vs_last_week": -0.003,
"accounts_worsened": 2,
"accounts_improved": 1,
"new_at_risk": 1
}
}
Handoff to Human
| Decision Point | Context Provided | What the Human Decides | |---------------|-----------------|----------------------| | Forecast review | Full forecast with scenarios and actionable accounts | Whether the probabilities match their qualitative intelligence. CSM managers override individual account probabilities based on relationship context | | Resource allocation | Actionable accounts ranked by save potential and ARR | Which accounts to invest save effort in, given limited CSM capacity | | Executive communication | Forecast with confidence intervals | How to present the forecast to the CRO/CFO -- which scenario to emphasise, what narrative to frame around the numbers | | Expansion timing | Accounts with both renewal and expansion signals | Whether to pursue expansion at renewal (efficient) or separate the conversations (less risky) |
Confidence and Limitations
- High confidence for timeline tracking and milestone computation -- deterministic calendar logic
- Medium confidence for probability estimation using the default model -- health and signal data are strong predictive inputs, but the model has not been calibrated against your specific portfolio's churn patterns until you have 12 months of data
- Medium confidence for portfolio aggregation -- individual account probabilities may be off, but errors tend to cancel out at the portfolio level (some pessimistic, some optimistic). The aggregate forecast is more reliable than any individual account prediction
- Low confidence for accounts with limited data history (<6 months) or accounts where the risk is purely relationship-based with no data signal
- Probability estimates should be treated as directional, not precise. "75% renewal probability" means "more likely than not with moderate risk," not a guarantee
- The forecast does not account for portfolio-level events (pricing changes, product launches, market shifts) that may move multiple renewals simultaneously. The human must factor these in
- The optimistic/pessimistic scenarios are bounded estimates, not worst-case/best-case. True worst case (major product failure, market crash) is outside the model
Dependencies
Required:
- lo-renewal-manager (renewal classifications, timeline data)
- bi-health-score (health data for probability computation)
- CRM API (contract data, ARR, renewal dates)
Strongly recommended:
- bi-risk-detector (risk signal count and severity)
- bi-usage-monitor (usage trend for trajectory assessment)
- bi-expansion-detector (expansion signals for combined renewal-expansion opportunities)
- ra-engagement-tracker (engagement pattern for probability adjustment)
Downstream consumers:
- CS leadership (weekly forecast review)
- CRO/CFO (monthly/quarterly revenue planning)
- Board reporting (quarterly NRR projection)
- ic-cross-func-prep (pipeline review materials)
References
references/probability-calibration.md-- Historical calibration methodology, minimum data requirements, and model validation process
Source & license
This open-source skill is cataloged on AgentStack and links to its original source — we do not rehost the code.
- Author: stephenrogan
- Source: stephenrogan/augmented-csm
- License: MIT
Install and usage instructions live in the source repository linked above.
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Versions
- v0.1.0 Imported from the upstream source.